Microscopy Spectroscopy Holography and Crystallography with Electrons 1st Edition by Peter W Hawkes ISBN 0124112692 9780124112698 by Peter W. Hawkes, Pier Georgio Merli, Gianluca Calestani And Marco Vittori-antisari (eds.) 9780120147656, 0120147653 instant download after payment.

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Product details:

ISBN 10: 0124112692 
ISBN 13: 9780124112698
Author: Peter W Hawkes

Based on the topics consistently appearing in the search results (Microscopy, Spectroscopy, Holography, Crystallography, and Diffraction, all using electrons), here is a probable and detailed table of contents for a book with that title. It would likely be a collection of chapters, each written by an expert in a specific sub-field.

Microscopy Spectroscopy Holography and Crystallography with Electrons 1st Table of contents:

• Part 1: Electron Microscopy and Imaging

  • Chapter 1: Transmission Electron Microscopy (TEM) Fundamentals

    • Electron sources and lenses.

    • Image formation: Bright-field and dark-field imaging.

    • Contrast mechanisms (diffraction, mass-thickness, phase).

  • Chapter 2: Scanning Transmission Electron Microscopy (STEM) and High-Resolution Imaging

    • The scanning probe concept.

    • Z-contrast imaging (HAADF-STEM).

    • Atomic resolution imaging.

• Part 2: Electron Diffraction and Crystallography

  • Chapter 3: Principles of Electron Diffraction

    • Kinematical vs. Dynamical Diffraction theory.

    • Bragg's Law and the reciprocal lattice.

    • Diffraction patterns: Spot patterns, ring patterns, Kikuchi lines.

  • Chapter 4: Advanced Electron Crystallography

    • Convergent Beam Electron Diffraction (CBED) for symmetry determination.

    • 3D Electron Diffraction and tomography.

    • Solving and refining crystal structures from electron diffraction data.

• Part 3: Electron Spectroscopy

  • Chapter 5: Electron Energy Loss Spectroscopy (EELS)

    • Principles of inelastic scattering.

    • Core-loss and low-loss spectroscopy.

    • Mapping chemical composition and electronic structure.

  • Chapter 6: Energy-Dispersive X-ray Spectroscopy (EDS)

    • Principles of X-ray generation.

    • Elemental mapping and quantitative analysis.

• Part 4: Electron Holography

  • Chapter 7: Principles of Electron Holography

    • The concept of holography and phase retrieval.

    • Off-axis holography with the electron biprism.

    • In-line holography.

  • Chapter 8: Applications of Electron Holography

    • Mapping of electric and magnetic fields at the nanoscale.

    • Imaging of atomic-scale structures and defects.

    • Applications in materials science and biology.

• Part 5: Emerging and Correlative Techniques

  • Chapter 9: Coherent Diffraction Imaging (CDI) and Ptychography

    • Lensless imaging and the phase problem.

    • Iterative phase retrieval algorithms.

    • Applications with electrons.

  • Chapter 10: In-Situ Electron Microscopy and Dynamic Experiments

    • Studying materials and biological processes in real-time.

    • Ultrafast electron diffraction and time-resolved experiments.

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Tags: Peter W Hawkes, Microscopy, Spectroscopy